This paper aims to describe the design and implementation of the height control system for the quadrotor AR. Drone 2.0 making use of a fuzzy logic in a previously established environment. This device has a height control system both in simulation and in the real platform. Three controllers are developed by fuzzy logic whose parameters are obtained from the drone's sensors in such a way that it allows to control height and angles of orientation (Pitch, Roll and Yaw) as long as certain levels of battery charge are considered so that the system does not become unstable. For the visualization and interaction with the drone a Matlab® interface is designed and implemented, that allows communication between the user and all system functions in suc...
The purpose of this project is to design a drone capable of stabilizing autonomously, and its later ...
Nowadays the use of unmanned aerial vehicles is becoming increasingly popular. With the intent of in...
This paper presents an implementa-tion of three Fuzzy Logic controllers working in parallel onboard ...
This paper aims to describe the design and implementation of the height control system for the quadr...
This article describes the design and simulation of a con-trol system for the flight variables of a ...
Dentro del campo de los UAV, la rama de control es una parte crucial, pues es la que se encarga de c...
En los tiempos que vivimos, el auge existente en los UAV es notable. Han ido adquiriendo competencia...
En el presente trabajo se propone desarrollar un controlador de estabilidad y posición para un UAV, ...
This article is intended to show a structure of two degrees of freedom and two techniques of control...
This article is intended to show a structure of two degrees of freedom and two techniques of control...
Unmanned aerial vehicles (UAV) are platforms used in military, civilian and research applications, a...
Este trabajo presenta el diseño de un control bajo Lógica Difusa para una avioneta Cessna 182, mostr...
El objetivo principal de esta Tesis es extender la utilización del “Soft- Computing” para el control...
This paper presents the development and control of a rotational inverted pendulum (Furuta pendulum) ...
This document consists of the study and implementation of the control and the indoor local positioni...
The purpose of this project is to design a drone capable of stabilizing autonomously, and its later ...
Nowadays the use of unmanned aerial vehicles is becoming increasingly popular. With the intent of in...
This paper presents an implementa-tion of three Fuzzy Logic controllers working in parallel onboard ...
This paper aims to describe the design and implementation of the height control system for the quadr...
This article describes the design and simulation of a con-trol system for the flight variables of a ...
Dentro del campo de los UAV, la rama de control es una parte crucial, pues es la que se encarga de c...
En los tiempos que vivimos, el auge existente en los UAV es notable. Han ido adquiriendo competencia...
En el presente trabajo se propone desarrollar un controlador de estabilidad y posición para un UAV, ...
This article is intended to show a structure of two degrees of freedom and two techniques of control...
This article is intended to show a structure of two degrees of freedom and two techniques of control...
Unmanned aerial vehicles (UAV) are platforms used in military, civilian and research applications, a...
Este trabajo presenta el diseño de un control bajo Lógica Difusa para una avioneta Cessna 182, mostr...
El objetivo principal de esta Tesis es extender la utilización del “Soft- Computing” para el control...
This paper presents the development and control of a rotational inverted pendulum (Furuta pendulum) ...
This document consists of the study and implementation of the control and the indoor local positioni...
The purpose of this project is to design a drone capable of stabilizing autonomously, and its later ...
Nowadays the use of unmanned aerial vehicles is becoming increasingly popular. With the intent of in...
This paper presents an implementa-tion of three Fuzzy Logic controllers working in parallel onboard ...